France Essays (2555 words) - Republicanism In France,

France France Introduction France, which is the largest nation in Western Europe, is a presidential republic. France is a very important nation in Europe and it continues to be involved in contemporary policy issues. Helping the world as one of the great trading nations, France is a very important trading partner with the United States. Not only is France important to the United States, they are also important to countries all over the world. Their abundance of both mineral and agricultural resources make them a very important supplier of products all over the world. I chose to report on France because it is an interesting county and I wanted to learn more about it. Geography France is located in Western Europe and has an area of approximately 211,000 square miles. Along with being the capital, Paris is also the largest city in France. Spain borders France in the south, Italy and Switzerland in the east, and Germany, Luxembourg, and Belgium in the northeast. The French Alps are located in the east where snow capped peaks, such as Mont. Blanc reach heights of 15,781 feet. About one-half of France's total border is formed by coastline, with the Mediterranean Sea on the Southeast and the Atlantic and the English Channel on the west and northwest. Many rivers and canals run through France forming a vast network, tying different regions and cities together. The Seine is the country's largest navigable river. It flows northwest from eastern France through the city of Paris, and empties into the channel at Le Harre. The Rhone River is the largest in the country in terms of volume of discharge. Along with its tributaries, it drains the French Alpine region. Although France has many rivers, it only has a few lakes. One of the lakes in France is Lake Geneva (also known as Lake Leman), but in lies mainly in Switzerland. France is richly endowed with an excellent balance of both mineral and agricultural resources. The nation produces substantial amounts of iron ore. In addition, France has sizable deposits of antimony magnesium, pyrites, tungsten, salt, potash, radioactive materials, lead and zinc. Coal mining has decreased significantly since the 1960's, as many mines have been depleted and are now closed. Currently, the production of natural gas and sulfur is being developed. History France has one of the most complete records of human history in all of Europe. Archaeologists have uncovered artifacts that are more than 100,000 years old. During the 16th century, Protestantism spread across France leading to a number of religious and civil wars. The wars between the Protestants and the Roman Catholics resulted in the massacre of some 3,000 Protestants in Paris on the eve of St. Bartholomew's Day in 1572. The statecraft of such royal advisers as the cardinals Richelieu and Mazarin helped France in becoming the greatest power in Europe during the 17th century. Unfortunately, defeats in a series of costly foreign wars during the 18th century caused France to loose many of their overseas territories, and brought the country near bankruptcy. In 1789 revolution toppled the King, Louis XVI, and proclaimed the rights of man. The French Revolution took a bloody turn and ended in a weak government of five directors. France soon fell into the hands of Napoleon Bonaparte, who ruled from 1799-1814, first as consul, then as emperor. Napoleon's far fetched military ventures ended in 1815 with his downfall. A limited monarchy was restored and, with the exception of a brief republican period (1848-52), brought about the creation of the Third Republic. After WWI, a resistance movement known as Free France was organized in Britain under the leadership of General Charles de Gaulle. Allied and Free French forces liberated France in 1944. Parliamentary democracy was restored to France under the Fourth Republic. Another costly war against nationalist guerrillas in Algeria and other French colonies during the 1950's brought an end to the Fourth Republic. In 1958, Gaulle returned as president of the Fifth Republic. In 1981, France elected its first Socialist president, Francois Mitterand, who served 2 terms until 1995. France's current president, elected in 1995, is Jacques Chirac. People One of the things that make France so unique is the people that live there. Due to the current concerns with making money and being successful, more people are working in France than ever before. Great emphasis is being put on efficiency. Some say that France has been Americanized. This is because the United States is a world symbol of the technological society and it's consumer products. Since the 1940's, the French population has been growing at a rapid rate. The most recent estimate of France's population is 58,804,944 people. This averages out

An Analysis of the Kouros essays

An Analysis of the Kouros essays At the beginning of the Archaic Period of ancient Greece, circa 680 B.C.E., several bronze figures of male youths appeared on the artistic landscape and served as the forerunners of later and similar statues known as kouros, based on Egyptian and Mesopotamian figures which were essentially geometric, with a triangular torso, a narrow waist and bulging thighs without any concern for anatomical accuracy (Williams, 324). But with the Greek kouros, we find a naked and rather muscular male figure with long braided hair, a tall and slender body and broad shoulders and chest with the arms held tightly against the body and the hands clenched. The most important trait of this statue is its freestanding posture with one foot ahead of the other as if the figure is in the process of walking, known in art history as contrapposto (de la Croix There are two basic kouros figures from the Archaic Period of ancient Greece-the kouros from Tenea, circa 570 B.C.E. and approximately five feet tall, and the kouros or kroisos from Anavysos, circa 530 B.C.E. and approximately six feet tall. The first example contains anatomical details which are carefully molded as in the chest and in the knee joints. The head is geometrically simplified into flat planes with the large eyes staring out at us and somewhat protruding from the orbits. The nose, mouth, ears and hairstyle are all greatly stylized; however, this kouros figure from Tenea is quite un-Egyptian-like in its nudity and in the more dynamic, half-striding stance upon its square marble base (Williams, 325). Moreover, this kouros figure is quite slender and elegant and displays the stance of a ...

Health Care Crisis Essay Example | Topics and Well Written Essays - 2000 words

Health Care Crisis - Essay Example The high cost of the multi-payer system is at the core of the unsustainable medical care costs in America. Medical care does not obey the laws of demand and supply. This makes the seller set the price as far as they can. In the U.S, the price has been set too high making it impossible to provide universal health care. The federalism form of government also makes it difficult to initiate changes to government policies. Furthermore, America does not have a uniform medical care system, making it difficult for the implementation of universal health coverage. The nation has substitute programs that have extended insurance coverage to the legal American citizens in place of universal healthcare coverage. There are already costly related programs, such as Social Security Disability Insurance. If the universal health coverage is implemented, it will put the American firms at a global competitive loss. Next, the insurance policies that have been bought abroad stops being effective in America, especially for those people travelling from the home countries to the U.S. Universal health care coverage would reduce the competition the competition between the American biotechnological and pharmaceutical sector that has resulted in numerous medical breakthroughs. These issues have made it difficult for the United States to have universal health coverage. Health care is a very crucial component in any economic system. Borger et al. (2006) observe that universal health coverage entails some certain form of government action that is aimed at expanding medical care as far as possible in addition to setting minimum standards. Numerous distinct organizations in the U.S provide medical care. Most of the medical care facilities are operated and owned by the private sector enterprises. Statistics have indicated that about 56% of the American community hospitals are non-profit, with the remaining 22% are either state-owned or operate as non-profit organizations (Niles, 2014). The U.S

Emily Dickinson Essay Example | Topics and Well Written Essays - 750 words

Emily Dickinson - Essay Example The emphasis is on spontaneity, and the original. (Harvey, 1997). Emily Dickinson (1830 – 1886), is one of most prolific and successful poets of the American Romantic Movement. Her work challenges the existing norms of that period, rejects convention, and establishes a new genre. The unique â€Å"order, unusual punctuation and spelling choices† of her poems reflect the new spirit of Romanticism (Poetry Foundation, 2012). The poetry of Emily Dickinson may be taken to be the epitome of American Romantic literature, with its focus on nature, individualism, and the exploration of faith. Dickinson’s nature poems make up a large part of her work. They deal with almost all aspects of nature: birds, animals, bees, flowers, grass, rain, forests, hills, the seasons, sunrise and sunset. Her poems throb with her love for Nature. It is evident that she finds great joy in her closeness with the natural world. The depth of her observation is incredible. The least minutiae of li fe is seen and explored by Dickinson and linked with her personal emotions. She simply thrills in nature’s beauty. At other times, she makes a connection between nature and human life. In her poem, â€Å"It Sifts From Leaden Sieves,† (Poets.org. 311), Dickinson is content to describe Nature’s beauty. She makes effective use of metaphor: the â€Å"leaden sieves† refer to overcast skies. ... The poet goes on to express her desire to be a part of nature, by offering the bird a crumb. But the bird is frightened of her advance, and flies away. Here, Dickinson shows that man cannot be a part of nature, unlike the bird, which unites with nature. The poet’s evident love for nature is one of the hallmarks of American Romantic literature. Another feature which marks Dickinson as a Romantic is her unbending individualism. Contrary to the social expectations regarding women of that period, Dickinson disliked housework and the â€Å"daily rounds of receiving and paying visits† (Poetry Foundation, 2012). In line with this pronounced individualism, Dickinson withdrew from public life. This is seen in the fact that, â€Å"By the 1860s, Dickinson lived in almost total physical isolation from the outside world† (Poets org. 2012). Her poems were largely a part of her private correspondence with friends, and were published only after her death. Most of her poems demon strate her own personal emotions. She sees the world around her through a personal lens. Dickinson’s poem, â€Å"I’m Nobody! Who Are You?† (Poets org. 260), demonstrates her alienation from society. She criticizes the people who belong to the pretentious public world, and is happy to be apart from them, in her own private identity. Dickinson holds the Romantic opinon, contrary to common thinking, that man’s closeness to nature is hindered by the effects of civilization. This is seen in her poem, â€Å"I Like to See it Lap the Miles,† (Poets org. 43), where she compares the train to a horse. She is critical of the industrial invasion of the natural world by the railroad. Dickinson’s subjective perception of the world is very much a feature of Romantic literature.

RRQ Essay Example | Topics and Well Written Essays - 250 words

RRQ - Essay Example After the end of the war, the southern states passed laws that the black codes which allowed the Africans in America rights such as, owning of property, legalized marriage and they were also allowed to have access to courts (Farr 236). On the other hand, they repudiated the right to testify and attend in the panel of adjudicators in the state militia or beginning to work without endorsement from the former employer. Carter supports his argument about Americans crisis of confidence, in that during the past three years he spoke about national concerns, the energy crisis reorganizing the governmental, national economy and the various issues of war and especially peace (Farr 234). He insisted on how the government should be doing to make sure the nation’s dreams and vision are accomplished (Farr 347). Carter says that in order for the nation economy, to flourish the government has to curb the entire crisis and focus on the national

Liquid Phase Surface Nitriding of Al-5052

Liquid Phase Surface Nitriding of Al-5052 Abstract: Liquid phase surface nitriding of Al-5052 was performed using the heat of a TIG (tungsten inert gas) torch in a gas shielding which was a mixture of argon and nitrogen. The feasibility of obtaining nitride compounds at various TIG processing parameters and nitrogen contents in the shielding gas were studied. The presence of AlN phase being formed during surface nitriding was proved by X-ray diffraction analysis. Scanning electron microscopy equipped with energy dispersive X-ray spectroscopy (EDS) analyzer was carried out to study the morphology and chemical composition of the nitride phase. The microhardness test was also performed on cross sections of treated layers. This measurement demonstrated that the surface hardness increased from 52 HV for the untreated aluminum alloy to as high as 1411 HV for the nitrided sample due to the formation of AlN phase in the treated layer. It was also found that, variation of nitrogen contents in the shielding gas has little effect on th e formation of AlN phase and its properties. It was also noticed that liquid phase surface nitriding reduced the wear rate to less than quarter of that of the untreated substrate. Introduction Liquid phase surface engineering including surface melting, alloying, and formation of composite layers on aluminum alloys have been studied and applied for more than three decades. High-energy sources such as laser and electron beam, as well as other heat sources like tungsten inert gas (TIG) process have been used for these treatments [1–3]. In order to improve the wear resistance, formation of hard nitride layers via liquid phase surface engineering on nitride former alloys like titanium and iron in atmospheres containing nitrogen have also been studied by a number of researchers [4–11]. Aluminum alloys like titanium are strong nitride former. Attempts have been made to form nitride compounds on aluminum and its alloys to enhance their wear resistant [12–16]. The majority of researchers have used plasma nitriding technique. The main disadvantage of plasma nitriding is formation of rather thin AlN layers, which are not suitable, and useful while high load bearing ability is required [12,13,17–19]. Some researchers have tried to form aluminum nitride via liquid phase surface engineering of aluminum using laser beam [14,20–24]. Sicard et al. [22] obtained thin nitride layers on aluminum based substrate by liquid phase laser nitriding. Carpene et al. [23] studied laser nitriding of pure iron and aluminum in nitrogen atmosphere using a pulsed nanosecond Excimer laser. Their study revealed that approximately all the phases predicted by the Fe-N phase diagram was observed in the case of liquid phase iron nitriding, while in aluminum, only AlN was formed . There are only a couple of works on liquid phase surface nitriding of aluminum using electric arc in atmospheres of argon and nitrogen [15,16]. Hioki et al. [15] introduced an aluminum nitriding method by heating aluminum in a mixture gas of argon and nitrogen using the heat of a TIG torch. By this treatment, a dense layer of aluminum nitride was formed on the surface of aluminum so that it improved the wear resistance of aluminum. Zheng et al. [16] reported an improvement in the microhardness and wear resistance of 1050 aluminum by nitrogen arc discharge at atmospheric pressure. The nitride formation mechanism via liquid phase surface treatment has not been completely realized. According to some researches [16,20,21], the plasma formation by the electric arc or laser irradiation on the substrate surface under nitrogen atmosphere allows ionization of nitrogen and penetration to some depth and then according to Al+N → AlN reaction, nitride layers grow in the melt pool. It has been reported that if the proportion of nitrogen gas exceeds 50% by weight, the paucity of argon gas might result in unfavorable effects on generation and stability of the electric arc [15]. Therefore, it is preferred that the shielding gas to be diluted by argon gas. In this study, TIG surface nitriding of Al-5052 in ambient nitrogen atmosphere will be carried out to investigate the effects of various TIG processing parameters such as current and travel speed as well as nitrogen contents on the formation of AlN on Al-5052 alloy. Subsequently, the hardness and wear resistance of the treated surfaces were studied. Experimental AA5052 aluminum plates with dimensions of 100 mm Ãâ€" 80 mm Ãâ€" 10 mm were used as the substrate. Prior to surface nitriding, their surfaces were sandpapered with 120 paper grit SiC and then cleaned with acetone. TIG surface treatment was carried out using a MERKLE TIG 200 AC/DC unit in alternative-current (AC) mode as a heat-generator. A coaxial argon gas flow was adjusted at a fixed amount of 9 l/min and high purity nitrogen gas (at flow rates of 3, 4, and 5 l/min) was blown into the molten pool to provide shielding. Tungsten electrodes with diameter of 2.4 mm and a constant distance of 2 mm from the specimens’ surfaces were used for all experiments. Surface melting trials were conducted to optimize the TIG processing parameters (Table 1). The effects of volume percentage of added nitrogen to the shielding gas and TIG processing parameters on the properties of the fabricated layers were studied. On the whole, liquid phase surface nitriding was performed under two different series of processing parameters. In the first series, surface nitriding was performed in a constant mixture of argon and nitrogen gas atmosphere at various TIG processing parameters and in the second series the mix tures of argon and nitrogen gas shielding were changed while other TIG operating parameters were kept constant (Table 2). The voltage of TIG process was kept at a constant value of 15 V, the current varied from 75 to 150 A, and the travel speed differed from 50 to 200 mm/min. The heat input for each test was calculated using Eq. 1 [25]. Heat input (kJ/cm) = (0.48 Ãâ€" voltage Ãâ€" current)/(Travel speed) (1) The nitrided layers were characterized and analyzed by optical microscope (OM) and scanning electron microscope (Model:Camscan MV2300) equipped with an EDS analyzer. The samples used for microanalysis were polished metallographically to get smooth surfaces and then were etched with Kellers reagent for 15–30 s. The nitrided layers were also analyzed using a Philips X’Pert Pro X-ray diffractometer equipped with a Ni filter, Cu KÃŽ ± source operating at 40 kV and 30 mA. The cross-sectional hardness of the surface treated layer was measured by a MicroMet microhardness testers-Vickers with an applied load of 100-200 g and holding time of 15 s. The given values of hardness were average values taking from three to five measurement points at the same depth. The wear rates of the samples at room temperature and humidity of 45% were also evaluated by measuring the weight loss, using a pin-on-disc wear test machine. The cylindrical pins with a diameter of 4.9 mm were wire-cut from the untreated AA5052, surface melted and surface nitrided samples for the wear tests. A quench-tempered steel (AISI 52100) disc with a diameter of 37 mm and hardness of 59 HRC was chosen as the counter face. The testing parameters were 20N load, 0.3 mm/s sliding speed, and 250, 500, 750 and 1000 m sliding distance on a radius of 12.5 mm from the center of the disc. 3. Results and Discussions 3.1 Surface melting Fig. 1 shows a typical cross sectional view of a crack and porosity-free surface melted specimen achieved at a heat input of 2.16 kJ/cm (current of 100 A and travel speed of 200 mm/min). This figure also shows that the optical macrostructure of the cross section of the surface melted specimen is composed of three distinctive structures: Area 1 is the unchanged structure of the base metal. Area 2 with columnar structure, which is formed due to the high heat transfer rates because of rapid solidification and high thermal gradient between the melted zone and the base metal. Area 3 with equiaxed structure, which is emerged due to heat transfer rates during the melting process. 3.2 Surface nitriding: Effects of various TIG processing parameters Liquid phase surface nitriding was carried out under various TIG processing parameters in a constant mixture of nitrogen–argon shielding gases. Surface nitriding caused the formation of gray colored tracks, with 0.6–1.6 mm thickness and 3–6 mm width, indicating composition changes and possibly formation of aluminum nitride in the treated layer. A couple of other works have also reported similar observations [16,21]. Fig. 2a and b shows the effect of heat input on the depth and width of the treated zone. The depth and width of treated zone proportionally increased with increasing heat input. In addition, the change in gradient due to increased heat input is the same in both graphs. Fig. 3a and b shows the surface treated zone achieved at the minimum (N-1) and maximum (N-4) heat input used in this work, when the mixture of nitrogen–argon shielding gas was remained constant. In the sample with maximum heat input, the treated layer is larger and contains crack s, which are due to the formation of hard aluminum nitride and high temperature gradient. The rough nature of the treated layer is due the metal evaporation as result of high heat input. EDS analysis from the marked areas (Fig. 3c and d) reveals aluminum and nitrogen percentages for N-1 and N-4 specimens. Nitrogen content in the sample with maximum heat input (27.22 at%) was much lower than the nitrogen content in the sample with minimal heat input (40.41 at%). Increasing heat input results in dissolved nitrogen in the larger melting pool of aluminum and there would be less excess nitrogen. 3.3 Surface nitriding: Effects of shielding gas Surface nitriding was also processed at various volume percentage of nitrogen in the shielding gas when the other TIG processing parameters were kept constant. Fig. 4 shows the low magnification cross sectional SEM micrograph of sample N-5 (see Table 2), near its surface. According to this figure, the nitrided layers are consisted of two morphologies, one is dendritic morphology, and other is lamellar morphology dispersed between the dendrites. Similar morphologies are reported by other researchers [16]. Fig. 5 shows the high magnification SEM micrograph of sample N-5 that reveals these two morphologies, separately. Detailed SEM-EDS spot analysis (Fig. 5c and d) suggests that in lamellar structure, the dark areas are aluminum nitride and the bright bands are aluminum. The EDS analysis results disclosed that the atomic percentage of nitrogen and aluminum are almost 1:1 at the dark areas. X-ray diffraction patterns of the nitrided zone also confirmed peaks corresponding to hexagonal Al N phase (Fig. 6). Other researchers also reported formation of hexagonal AlN phase [12,16]. AlN phase was seen at 2ÃŽ ¸ = 33.216, 36.041, 37.917, 49.816, 59.350, 66.054, 69.731, 71.440, 72.629, 81.090 and 94.844 (PDF no. 25-1133). There are other peaks in the XRD patterns at 2ÃŽ ¸ = 38.473, 44.740, 65.135, 78.230, 82.438, and 99.081, that correspond to face centered cubic aluminum structure. Fig. 7 shows the high magnification cross sectional SEM micrographs of samples that were surface nitrided under various volume percentages of nitrogen in shielding gas. The morphologies of the samples treated with different nitrogen flow rates (3, 4 and 5 l/min) were similar to each other and by changing the nitrogen flow rate, the atomic percentage of nitrogen in the dark bands did not changed, significantly (Table 3). However, it seems that the thickness of the dark bands increased with increasing the volume percentages of nitrogen gas shielding. Meanwhile, bright areas increased that indicate d aluminum content changed by reducing the amount of nitrogen in the gas mixture. 3.4 Microhardness Table 4 compares the average microhardness of a number of surface melted samples with that of the base metal. In surface melted samples, the hardness of the surface melted layer reduces by increasing of the heat input applied. Nevertheless, minimum hardness of the surface melted samples (81 HV) was much higher than that of the base aluminum substrate (52 HV). Table 5 shows the average microhardness of a number of surface nitrided samples being compared with that of the base metal. The increase in hardness was due to the formation of AlN phase in the nitrided zone. In surface nitrided samples by decreasing the heat input, the size of the treated layer decreased and hence, the solidification rate increased, resulting in a finer grained structure. In addition, by reducing the heat input, nitriding pool shrinks and nitrogen content rises from about 27 to 40 %at and therefore the relative amount of nitride compounds is increased in the layer. The hardness of the nitrided sample achieved a t higher heat input (HV 1109) is lower than that of the sample nitride at lower heat input (1411HV), which is close to the hardness value reported by others [13,16]. Furthermore, various volume percentages of nitrogen in the gas shielding had an insignificant effect on the average hardness of the nitrided zone. Fig. 8 illustrates the microhardness profiles along the depth of the layer achieved for surface melted (M-1) and nitrided (N-5) samples. These profiles indicate that the microhardness of the surface nitrided sample is much higher than that of the surface melted sample. The hardness for the surface melted (M-1) sample reached 148 HV and for the surface nitrided (N-5) sample increased by up to 1411 HV. Besides, the hardness of the nitrided layer along treated zone does not vary significantly and abruptly reduce to the hardness of the base material that can be an indication of in depth diffusion of nitrogen in the surface treated zone. 3.5. Wear resistance The weight losses of the worn untreated substrate, surface melted and surface nitrided samples against sliding distance are shown in Fig. 9. As it is shown, the weight loss after 1000 m sliding reduced from 4.2 mg to 2.9 and 1.2 mg, respectively, for the untreated aluminum, surface melted (M-1) sample (with highest hardness among surface melted samples) and surface nitrided (N-5) sample (with highest hardness among surface nitrided samples). According to these results, the wear rates of the surface melted and nitrided aluminum are about 69% and 28% of that of the untreated aluminum. Besides friction coefficients varied from 0.81 to 0.71 and 0.54 for untreated substrate, surface melted and surface nitrided samples respectively. It is obvious that grain refinement and presence of hard aluminum nitride phases have a positive effect on the wear resistance of the melted and nitrided samples. Similar improvement in wear resistance by formation of nitride layer has also been reported in oth er studies [11,13,14,16]. Fig. 10 shows the scanning electron micrographs of the worn surfaces of the untreated, surface melted and surface nitrided samples after 1000 m sliding distances. Plastic deformation including deep grooves on the worn surface of the untreated sample are signs of abrasive wear mechanism. After surface melting processing, the surface hardness increased and the intensity of the grooves reduced. Fig. 10c shows the worn surface of the surface nitrided sample, which has the lowest wear rate among the samples. Worn surface of the nitrided sample are smoother than those of the other samples that is due to presence of AlN phases in the nitrided layers and its higher hardness. Conclusions Liquid phase surface nitriding of Al-5052 by TIG process in ambient nitrogen atmosphere resulted in the formation of nitrided layers containing hexagonal AlN hard phase with two morphologies of dendritic and lamellar. Increasing the heat input resulted in reduced nitrogen content in the nitrided layer and thus AlN content reduced in the layer. The hardness of the surface nitrided layer reached to 1411 HV as compared to 52 HV for untreated aluminum alloy. Meanwhile, various volume percentages of nitrogen in the gas shielding had no significant effect on the morphology and the average hardness of the nitrided layers. Liquid phase surface nitriding resulted in the formation of AlN phase and hence increased the hardness of the treated layer that in turn reduced the wear rate to less than quarter of that of the untreated aluminum.

Movie Essays - Narrative Holes in Films of Shakespeares Plays

Narrative Holes in Films of Shakespeare's Plays My subject in this essay in playtexts and in films of those playtexts. Drama offers the storyteller a simple choice about how to communicate each element of the story to the audience: show it, or have a character describe it. Often in drama narration is used because an event cannot be shown, but occasionally telling is used when showing is perfectly possible and Shakespeare uses this device self-consciously to draw attention to the medium rather than the message of his story. Shakespeare appears then interested in ekphrasis, which the Oxford Classical Dictionary calls "an extended and detailed literary description of any object, real or imaginary" (Hornblower & Spawforth 1996) but which is commonly used in the more precise sense summarized by Grant F. Scott as "a verbal representation of a visual representation" (Scott 1991, 301). In Shakespeare's Much Ado About Nothing there is an important hole in the narrative which has been placed there by the dramatist. The moment when Claudio and Don Pedro witness a sign of Hero's infidelity is only anticipated and recalled in the play, not shown. First Don John promises "Go but with me tonight, you shall see her chamber window entered" (III.ii.102-3) and in the next scene Borachio brags how he brought Margaret into the deception: "She leans me out at her mistress' chamber window, bids me a thousand times good night" (III.iii.140-2). Between III.ii and III.iii the deception takes place without being shown to the audience. It certainly would have been possible for Shakespeare's stage to represent Borachio entering or leaving the bedchamber, so we should consider why Shakespeare chose instead to use dialogue referring to t... ...Laterna/Athena/RSC. Greenaway, Peter. 1991. Prospero's Books. Motion Picture. VPRO Television/Camera One/Le Studio Canal+/Channel Four Films/Elsevier/Vendex/Cinea/Allarts/NHK/Palace Pictures/Penta Films. Holland, Peter. 1995. "The Shapeliness of The Tempest." Essays in Criticism. 45.3. 208-29. Hornblower, Simon and Antony Spawforth, eds. 1996. The Oxford Classical Dictionary. 3rd edition. Oxford. Clarendon. Jarman, Derek. 1979. The Tempest. Motion Picture. Boyd's. McGuire, Philip. 1994. Shakespeare: The Jacobean Plays. English Dramatists. Basingstoke. Macmillan. Scott, Grant F. 1991. "The Rhetoric of Dilation: Ekphrasis and Ideology." Word and Image. 7.1. 301-10. Shakespeare, William. 1899. Much Ado About Nothing. Ed. Horace Howard Furness. New Variorum. 12. Philadelphia. Lippincott. Wilcox, Fred M. 1956. Forbidden Planet. Motion Picture. MGM

Orphanage Management

Orphanages 1. Daar-Ul-Tanzeem, Children Home 2. Anjuman Taleem-Ul-Quran 3. Daar-Ul-Shafqat, Anjuman Hamayat-e-Islam Location: (Gawaal Mandi & Raaj Garh) Group Members 1. Raza Ur Rehman L1F10MBAM0186 2. Hira Mumtaz L1F10MBAM0210 3. Adnan Ashraf L1F10MBAM0184 4. Arooj Shahid L1F10MBAM2211 5. Naveed Khan L1F10MBAM2204 University of Central Punjab Table of Contents Sr. No. | Topic| Page No. | 1. | Introduction to Volunteers| 3| 2. | Activity detail (Individually elaborated by each volunteer)| 4| 3. | Finding (Individually elaborated by each volunteer)| 5| 4. | Inference (in group)| 6| 5. | Solutions| 7| . | Recommendations| 8| 7. | Working Pictures| 9| 1) Introduction to Volunteers Name: Raza Ur Rehman Registration#L1F10MBAM0186 Contact # 0300-8818813 Email: [email  protected] com Hobbies: Playing chess & cricket. Aim of life: To become a leading exporter of Pakistan. Name: Hira Mumtaz Registration#L1F10MBAM0210 Contact # 0322-5454997 Email: [email  protected] com Hobbies: Fine arts, Candle making & Singing. Aim of life: I befit myself as an entrepreneur. I want to run my own business of handicrafts. I also have a plan to build a welfare house for senior citizens. Name: Adnan AshrafRegistration#L1F10MBAM0184 Contact # 0313-4545169 Email: [email  protected] com Hobbies: Reading newspaper and watching talk shows. Aim of life: I want to explore the transport sector of Pakistan. Name: Arooj Shahid Registration#L1F10MBAM2211 Contact # 0321-8855324 Email: arooj. [email  protected] com Hobbies: Browsing, Chatting, Music, Social networking, Art work. Aim of life: To lead a management team. Name: Naveed Khan Registration#L1F10MBAM2204 Contact # 0333-4818331 Email: [email  protected] com Hobbies: Cricket, Volley ball, Internet surfing. Aim of life: To become a renowned politician. ) Activity Details Raza Ur Rehman: I visited the orphanages of Raaj Garh near Chouburji and Gawaal Mandi. I went there along with my group members to create awareness among children and t he staff members of the orphanages regarding the rights of children. Then, I collected the complaints of children and assure them full support by Children Complaint Office. Hira Mumtaz: I spent some time with children of some orphanages to enhance their understanding about their rights and show them our support to excel in their lives. I asked them to write about the deficiencies or hurdles they are facing.Adnan Ashraf: I talked to the orphans of Raaj Garh and Gawaal Mandi about their problems which they are facing in their lives and made them aware about their rights as citizens of Pakistan. Arooj Shahid: I entered the orphanages and talked to the officials and the children about the deserving rights of children. I tried to develop a sense of confidence among the orphans and made them realize their importance for a bright future of Pakistan. Naveed Khan: I studied the environment of orphanages of Gawaal Mandi and Raaj Garh. We talked to the children about their routine work and mot ivated them to work hard. ) Findings Raza Ur Rehman: Words of all the orphans made us feel that the children are satisfied with the facilities and the care provided by the orphanage administration. They seem happy living there and had no issues regarding the quality of food, education, clothes, etc. Sometimes, I had a feeling that they are reluctant to talk to me but soon after spending some time with them, my mind got cleared and came to know that they were hesitating because very few outsiders visit them. This generated some kind of awkward feeling for them for a short period of time.After spending some time with orphans, I found out that these children are not willing to live with their families. They want to stay in the orphanage homes and consider them as their real home. But their living standard is not still up to the mark. Children have so many questions on their faces which need to be answered by us. Even, after all the efforts by the administration of orphanage, so many th ings are missing in the lives of these orphans which should be provided to them. Hira Mumtaz: Orphanage care takers had very close attachment with these orphans.The concept about orphanages we ought to have, been completely ruled out after visiting these orphanages. But, the quality of life remained a question for these orphanages. Still a lot of work and effort need to be put in order to match the normal living standards. Adnan Ashraf: I saw the orphans completely blank. They were astonished to see us. Their faces were trying to tell us something but the presence of orphanage staff did not allow them to speak openly. Although these children are living a better life in these orphanages but their childhood deserve more than this.Arooj Shahid: The aim of our visit to the orphanage was to develop our understanding about the routine work of these orphans. I noticed their every day routine of going to school and then their life at orphanage. I found out that children are just spending th e days of their life without any clear aims in future. Naveed Khan: After talking to the children and the officials of orphanages, I concluded that they have very limited access to everything and due to this their thinking has also got limited which is not a good sign for a prosperous Pakistan. 4) InferenceWith mutual consensus, all of us concluded that the children are spending a better quality of life in orphanages than their own homes. They are being provided with every best possible facility by the orphanage staff. They have a feeling that the orphanage is their identity and they are not ready to separate themselves from their identity. We found children very disciplined. With all these positive aspects, one thing that we came to know after conducting this campaign is that these orphans feel as if they are a burden on these orphanages. More often, they have a feeling of deprivation.They do not have an access to all the joys of life which a normal child enjoys such as playing cri cket or some other games. The reason is that they do not have the playing accessories. All these things affect their personality a great deal. 5) Solutions Children complaint boxes must be placed in every orphanage. Punjab Government, the donors and the organizations should reallocate the resources to more effectively support alternative care options for these children. CCO must take steps for developing different children welfare programs which should further be supported by our Government in allocating appropriate budget.Government should monitor their implemented activities to ensure that standard guidelines and regulations are followed. Child protection training and child empowerment activities should be implemented. We need to develop programs that will promote the fulfillment of the child’s mental and psychological wellbeing. CCO in cooperation with child protection agencies and other NGOs should initiate programs to provide information to and educate communities about the meaning and implications of adoptions of orphanages.Orphanage staff should take all necessary steps to ensure that children living in orphanages are, as far as possible and in keeping with the best interest of the child, reunified with their families. 6) Recommendations * Place children complaint box in every orphanage. * Punjab Government, donors and organizations should reallocate the resources to more effectively support alternative care options for children. * CCO should take steps for developing different children welfare program which should further be supported by our Government in allocating appropriate budget. Government should monitor their implemented activities to ensure that standard guidelines and regulations are followed. * Child protection training and child empowerment activities should be implemented. * Need to develop programs that promote the fulfillment of the child’s mental and psychological wellbeing. * A comprehensive program needs to be initiated to get children know about their rights, i. e. right to live, right to learn, right to educate and more important right to be a family or a training program on the rights of the child should also be developed for all children living in orphanages, reflecting the full range of rights. CCO in cooperation with child protection agencies and other NGOs should initiate programs to provide information to and educate communities about the meaning and implications of adoptions of orphanages. * Orphanage staff should take all necessary steps to ensure that children living in orphanages are, as far as possible and in keeping with the best interest of the child, reunified with their families. * Different agencies and NGOs with relevant expertise should continue efforts to improve child protection. 7) Working Pictures

The Powell Piano Series Esther Park Plays 19th Century Program

The Powell Piano Series Esther Park Plays 19th Century Program The September 13, 2013 concert at 7:30 p.m., by Esther Park at Mathes Hall at Eastern Tennessee State University included pieces by Felix Mendelssohn, Bela Bartà ³k, Franz Liszt and Frederic Chopin . Although all the pieces were by 19th century composers, the program was nonetheless filled with variety.Advertising We will write a custom report sample on The Powell Piano Series: Esther Park Plays 19th Century Program specifically for you for only $16.05 $11/page Learn More There was serenity in the Liszt, drama and fireworks in the first and third movements of the Mendelsohn, programmatic humor and evocation in the Bartok, and moody contemplation with very familiar phrases in the Chopin. The pianist was highly competent and gave her all to the performance. The audience seemed very appreciative, although many attendees may not have realized how accomplished their soloist was. It was not clear whether the choice of pieces was meant to showcase some of the wide range of music created in the 19th century, but it certainly did so. It may also have been meant to showcase to Ms. Park’s strengths. Perhaps the consistency of the program was Ms. Park’s personal choice because of her love of this era in classical solo piano music. Whatever the reason, it made for a very lovely effect overall. There was no jarring intrusion from another wildly different style or period. This created a pleasant atmosphere throughout the concert. The first piece was the Fantasie in F Sharp Minor, Opus 28, also called the â€Å"Scottish†. This was by Felix Mendelsohn. The first movement involved an opening of descending arpeggios, and then a great deal of speed and drama. There was no melody that could be immediately discerned, but the music was not atonal, so it gave the impression of melody. The middle movement was very meditative and quiet. The third movement returned to explosions of fast and exciting chords and runs up and down the keyboard. The second piece was perhaps the most thrilling of all the concert, although it was fairly short. It was the Bela Bartok piece entitled Out of Doors. This was filled with the sounds of nature and of machines and people. At least, that was one interpretation of this wild music. It is interesting to wonder what the reaction of the audience must have been when they first heard this work back in the 1800s.Advertising Looking for report on art and design? Let's see if we can help you! Get your first paper with 15% OFF Learn More It was definitely programmatic, meaning that it makes sounds like the title suggests that it should. In this piece, one could hear so many different possible noises from the real world. It begins with pounding low chords and then rapid dissonances a bit higher. The dissonances are not displeasing. For a modern listener, the programmatic nature of the work is actually more familiar than the smooth contemplative nature of the other older pi eces in the concert program. It is reminiscent of the music from many movies and cartoons, evoking familiar sounds at times almost like a sound track. The Paraphrase from Rigoletto by Franz Liszt is not immediately familiar as being from that opera’s most familiar themes. However, it is a lovely piece all on its own, even if one had no idea how Rigoletto sounds. It included enough fireworks of its own to make it interesting. The 24 Preludes, by Frederic Chopin was a scary prospect at first. How to sit and listen to one piece for the entire second half of the concert was a bit off-putting. However, there was an immense disparity between each one of the pieces. One of them at least was very familiar, having been used somewhere as a piece in a movie, or perhaps to introduce a program on radio or TV. The other ones were variously spiky and filled with glancing notes, or flowing and peaceful. As a summary of the piano trends of the 19th century , this concert worked very well. It was a reminder to listeners that one century can contain vast differences in composition. Powell Piano Series. Performed by Esther Park. Mathes Hall, Johnson City. September 13, 2013.Advertising We will write a custom report sample on The Powell Piano Series: Esther Park Plays 19th Century Program specifically for you for only $16.05 $11/page Learn More

Definition of Meteor Shower

Definition of Meteor Shower How does a meteor shower occur? The Solar system is made up of the Sun and the nine Planets which revolve around the Sun. The moon, asteroids, comets, dust and sun are other component of the Solar System. The sun attracts all the other objects towards it due to its high gravitational force. A meteor shower takes place when the earth collides with particles as it moves around the sun.Advertising We will write a custom essay sample on Definition of Meteor Shower specifically for you for only $16.05 $11/page Learn More These are dust and ice particles found in the solar system which remained from comets which occurred long time ago. The components of a comet include sand, ice and gravel particles. When a comet passes near the sun, its surface heats up. This leads to the release of some particles as well as evaporation of ice. A comet has two tails, one made of dust and the other one gas (Seeds and Backman 2). As the earth rotates around the sun, it comes into c ontact with these dirty particles. When the earth crosses the remains of a comet, there is usually a friction between the air and these particles which makes them to heat up and then a glow is observed. Normally, a meteor is observes as a bright stretch of light in the sky. A meteor can be observed during any night of the year. The duration of time taken by a meteor shower varies. A meteor shower can take a minute, day or even several days. The duration of time is determined by the width of the dust trail. Wide dust trails take more time than narrow ones. Sunlight and solar wind particles composed of hot ions which move at a high speed blow away dust particles from the orbit of the Comet. The distance depends on the size of the particle. Small particles are moved far away from the Comet Orbit. When the dust trail is broadened, it takes the earth along time before it can cross it (Seeds and Backman 12). Why are the times of a meteor shower predictable? The occurrence of a meteor show er is predictable. People are aware of the specific time around which they occur. The Earth takes the same path each year as it rotates around the sun. Since the sun follows the same path, it passes through the same trail of debris at a particular time of the year. Meteor showers take place during this particular time. This has made it easy for people to determine when a meteor shower is likely to happen and at what time of the day. Many meteor showers take place throughout the year (Seeds and Backman 22).Advertising Looking for essay on astronomy? Let's see if we can help you! Get your first paper with 15% OFF Learn More What is the probability of a meteor shower becoming a meteorite? When a meteor shower passes through the earth’s atmosphere and strikes the ground, it becomes a meteorite. It has been observed that most of the meteorites are rocks. Most of the meteor showers completely get burned on the atmosphere before reaching the surface of earth. This is because they are usually small particles which are consumed within a short period of time. Scientific research has indicated that there is no evidence of a meteor shower which has ever reached the surface of earth. This is evidence that comet dust is made up of very small particles. Based on the above information, it is true to say that a meteor shower is not a probable source of a meteorite. This is because rarely do meteor showers hit the ground (Seeds and Backman 32). Work Cited Seeds, Michael and Backman, Dana. Perspectives on Astronomy. New York: Cengage Learning, 2007.Print.

Speaking annhiliation Assignment Example | Topics and Well Written Essays - 250 words

Speaking annhiliation - Assignment Example The writer tests his hypothesis by informing the user about the wars between World War 1 and 1962.He shows that countries moved from contained warfare towards â€Å"total warfare† during this time. It was also the time when chemicals were sprayed on a large scale to kill mosquitoes and lice. The books explain how the US chemical industry and the US military have grown with each other. One example given by the author is of 2 institutes – Chemical Warfare Services and Bureau of Entomology. These two institutes operated in such a way that military helped in the growth of the chemical industry and vice-versa. United States gradually accepted the practice of using chemical toxins such as DDT to control insect populations and along with this as military warfare and chemical industry started sharing common ideology – humans – enemy soldiers were also treated as insects to be completely eliminated without any mercy. With this book the author tries to highlight the environmental consequences of both war as well as chemical used against insects. The very chemicals which were supposed to help humans fight diseases have now become toxic elements which are accumulating inside the food chain and threatening to bring more deadly diseases than the earlier ones. Russell’s books come out with historical reasons as to why mankind was not able to stop the advent of these chemicals in

McCardell Enterprises Essay Example | Topics and Well Written Essays - 750 words

McCardell Enterprises - Essay Example He knows Mccardell’s Enterprise intensions of wanting to acquire the Johnston International and depending on how I play my cards he might end up letting out the secrets which will have negative legal implications to the company. If Mr. Jones, in one way or another, manages to share this information with Johnston International of which McCardell Enterprise tends to acquire, it might be legally perceived to be corporate or industrial espionage which will compromise McCardell’s Enterprise legal position Industrial or economic espionage takes place in two major forms. The main purpose of espionage is to collect knowledge about an organization. It may sometime involve the acquisition of intellectual property, such as information on the manufacturing procedure, techniques, ideas processes, formulas and recipes. Or it could include operational information or sequestration of proprietary, such as that on customer datasets, marketing, pricing, sales, research and development, prospective bids,policies, marketing strategies or planning and the change in compositions and locations of production. In this regard, I think that Mr. Jones might be an espionage agent who is spying for McCardell’s Competitors like J.E. Smith & Sons (Nasheri, 2005). He could be another spying agent working for a different company who wants to find out the amount of details that my department knows about the companies that we intend to acquire. It will therefore be important for me to share this information with the CEO in order to determine his position on this issue (John, 2009). One of the most efficient method to collect information and data, which Mr. Jones might be employing, is by infiltrating the ranks of your enemy. The spying agent can bring back all manner and sorts of vital information that concerns the strength and size of the competitor (Walker, 2011).